第二十四章：不同通气技术的优势何在？
Chapter 24 - What Are the Benefits of Different Ventilatory Techniques?
文章对无创正压机械通气技术临床应用进行研讨。
This article enters into the clinic application of the noninvasive positive pressure mechanical ventilate technique.
对有创正压通气技术与无创正压通气技术进行比较。
This paper compares invasive positive pressure ventilation technology with noninvasive one.
TC就是一种最新的机械通气技术，本文对其进行了解析。
TC is an up-to-date mechanical ventilation technology. This paper discusses the technology in detail.
通过众多新闻媒体的报道，无创正压通气技术的概念和无创通气呼吸机为更多的人所认识。
More and more people know the conception of noninvasive positive pressure mechanical ventilate technique and noninvasive ventilator through the report by many medias.
目的：观察应用低流量麻醉技术吸入地氟醚在单肺通气时对循环及呼吸系统的影响。
Objective to observe the influences of low-volume anesthesia technology with inhalation of desflurane on circulation and respiratory systems during one-lung ventilation.
另外，二氧化碳描记还会提供通气孔开放性、技术错误和非循环系统中气流充分的信息。
Additionally, capnography will provide information about airway patency, technical faults and adequacy of gas flow in non-rebreathing systems.
随着机械通气研究的进展及其相关技术的进步，对这些问题的认识也有了很大改变。
These issues were improved a lot following the progress in the study of mechanical ventilation and related technique.
因此，吸痰是护理机械通气患者的主要技术操作。
Therefore, suctioning is the main task to nurse the patients on mechanical ventilation.
目的探讨胸腔镜技术在胸、腰椎前路手术的适应证、操作要点以及单肺或双肺通气麻醉的选择。
Objective To discuss the application and surgical technique of anterior surgery with video-assisted thoracoscopic surgery for the treatment of thoracic spine and upper lumbar spine.
目的探讨影响面罩通气治疗慢阻肺呼吸衰竭的技术因素。
URPOSE to investigate the influence of technologic factors to face mask mechanical ventilation in chronic obstructive pulmonary disease (COPD) with respiratory failure.
目的：探讨呼吸机依赖的终末期肺病受体肺移植术后机械通气撤离的条件、时机、技术方案。
Objective:To estimate the qualification, time, and technique of ventilator dependent patients weaning from the ventilation with the end-stage lung disease after lung transplant.
结论气囊上滞留物清除技术可显著减少VAP的发生，缩短机械通气时间，但气囊上滞留物并不是引起VAP的唯一因素。
Conclusion Techknowledge of subglottic secretion clean up can significantly reduce the rate of VAP, but subglottic secretion is not the only one factor for VAP.
结论气囊上滞留物清除技术可显著减少VAP的发生，缩短机械通气时间，但气囊上滞留物并不是引起VAP的唯一因素。
Conclusion Techknowledge of subglottic secretion clean up can significantly reduce the rate of VAP, but subglottic secretion is not the only one factor for VAP.
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